Research on Equipment Optimization of Tobacco Stem Shreds Air Separator Based on Particle Suspension Characteristics

[1] Xiong Kelin, Dai Weiliang, Lin Guohua, et al. Application of Offline Tobacco Stem shreds Separation Technology in PROTOS70 [J]. Mechanical Manufacturing and Automation, 2013,42 (6): 202-204 Search in Google Scholar

[2] Liu Cheng Design of a New Tobacco Stem shreds Sorting Device for PROTOS70 Cigarette Machine [J]. Equipment Manufacturing Technology, 2013 (4): 80-81+96 Search in Google Scholar

[3] Liu Yujiang, Jin Shubin, Zhang Chaohui, etc the development and application of the ZJ17 tobacco shreds online recycling device for the winding and splicing unit [J]. Tobacco Technology, 2014 (6): 26-28 Search in Google Scholar

[4] Wu Lei, Hu Tianqun, Du Guofeng, Sun Bin, etc. Experimental and simulation of pneumatic conveying characteristics of tobacco cutting [J]. Research and Progress in Hydrodynamics A, 2011, 26 (1): 123-128 Search in Google Scholar

[5] Zhu Deyong, Li Guorong, Xie Hai. Numerical simulation of the separation effect of stem separation and recovery device [J] Journal of South China University (Natural Science Edition), 2017, 31 (01): 63-67 Search in Google Scholar

[6] Xin Nan. Simulation analysis of the working process of an air blown seeder based on EDEM-Fluent coupling [D] Jilin University, 2013 Search in Google Scholar

[7] Wang Jianming, Qiu Qinyu, He Xinchao Numerical simulation of multiphase flow mixing in a mixing tank based on EDEM-Fluent coupling [J] Journal of Zhengzhou University (Engineering Edition), 2018, 39 (5): 79-84 Search in Google Scholar

[8] Xu Jianyong, Tao Zhilin, Yang Zhixiong, et al. Design and application of an online separation and reuse device for removing tobacco residue from tobacco stems in cigarette machines [J]. Group Technology and Production Modernization, 2015,32 (2): 56-60 Search in Google Scholar

[9] Liu Lanbo, Han Yanjun, Chen En, etc Design of the Tobacco Stem Scattering Floating Chamber for PROTOS70 Coiler [J]. Tobacco Technology, 2016,49 (05): 90-93 Search in Google Scholar

[10] Ge Fang, Fan Benhua, Sun Kui, et al. A new type of leaf air separator device [J]. Science and Technology Innovation Report, 2017, 14 (15): 109+111 Search in Google Scholar

[11] Zheng Xinhu Research on Flow Analysis and Simulation of Air Flow in Tobacco Steam Separation Device [D]. Kunming University of Technology, 2018 Search in Google Scholar

[12] Zhang Haotian, Li Zhekun, Cai Peiliang, et al. Design of a Tobacco Stem Separation Device for an External Coiler [J]. Tobacco Technology, 2018, 51 (10): 97-103 Search in Google Scholar

[13] Zhong Lin, Chen Zhanmin, Xu Xiaowei. Design of a multi-stage wind separation tobacco stem machine [J]. Tobacco Technology, 2019,52 (9): 102-108 Search in Google Scholar

[14] Liu Wen Hui, Yong Guo Ping, Fang Li, et al. Free and Conjugated Phytosterols in Cured Tobacco Leaves: Influence of Genotype, Growing Region, and Stalk Position[J]. Journal of Agricultural and Food Chemistry, 2007, 56(1):185-189. Search in Google Scholar